About this asset

This modern SketchUp dressing table set features a wall-mounted white vanity, a round suspended mirror, and a matching upholstered chair. This contemporary vanity assembly is anchored by a vertical timber-veneered wall panel that provides a backdrop for the floating desk unit. The desk features a clean white finish with an integrated open storage cubby and a textured drawer front. A circular mirror is suspended from the panel by a simple strap detail. The accompanying chair has a curved, semi-circular backrest design, finished in white with a grey fabric seat cushion. The entire setup is supported by a slender black metal frame, creating a balanced contrast between the warm wood tones and the stark white surfaces.

The download is a 14.5 MB compressed archive containing the native SketchUp (.skp) model holding 3 separate objects. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

To integrate this SketchUp model into your scene, use the component import function to maintain the grouping of the vanity, mirror, and chair. The model is organised by clear geometry, allowing for easy material overrides if you need to adjust the wood grain or fabric textures to match your interior palette. Ensure the wall-mounted unit is aligned with your interior wall surfaces, and use the native scaling tools if adjustment to the overall panel height is required for specific ceiling conditions.

Ideal for residential master bedrooms, walk-in closets, or boutique hotel suites, this dressing table set brings a refined, minimalist aesthetic to personal grooming areas. It pairs well with neutral interior schemes, soft accent lighting, and contemporary bedroom cabinetry. Architects and interior designers will find this piece useful for visualizing high-end residential interiors where space-saving, wall-mounted furniture is required. Search for this asset when looking for modern vanity solutions, bedroom furniture sets, or compact dressing area components for high-fidelity interior renders.